Oxygen-charged HTK-F6H8 emulsion reduces ischemia-reperfusion injury in kidneys from brain-dead pigs

Background: Prolonged cold ischemia is frequently associated with a greater risk of delayed graft function and enhanced graft failure. We hypothesized that media, combining a high oxygen-dissolving capacity with specific qualities of organ preservation solutions, would be more efficient in reducing...

Full description

Bibliographic Details
Main Authors:	Asif, S, Sedigh, A, Nordström, J, Brandhorst, H, Jorns, C, Lorant, T, Larsson, E, Magnusson, P, Nowak, G, Theisinger, S, Hoeger, S, Wennberg, L, Korsgren, O, Brandhorst, D
Format:	Journal article
Language:	English
Published:	2012

Oxygen-charged HTK-F6H8 emulsion reduces ischemia-reperfusion injury in kidneys from brain-dead pigs. by Asif, S, Sedigh, A, Nordström, J, Brandhorst, H, Jorns, C, Lorant, T, Larsson, E, Magnusson, P, Nowak, G, Theisinger, S, Hoeger, S, Wennberg, L, Korsgren, O, Brandhorst, D

Published 2012

Journal article

Oxygen-charged HTK-F6H8 emulsion reduces ischemia-reperfusion injury in kidneys from brain-dead pigs

Oxygen-charged HTK-F6H8 emulsion reduces ischemia-reperfusion injury in kidneys from brain-dead pigs. by Asif, S, Sedigh, A, Nordström, J, Brandhorst, H, Jorns, C, Lorant, T, Larsson, E, Magnusson, P, Nowak, G, Theisinger, S, Hoeger, S, Wennberg, L, Korsgren, O, Brandhorst, D

Similar Items